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source: source/entities.js @ 367:e1a3480589f2

Last change on this file since 367:e1a3480589f2 was 364:5443fc795688, checked in by Evgeny Stambulchik <Evgeny.Stambulchik@…>, 9 years ago
Added per-species getStarkHwhm().
File size: 16.4 KB

Line
1	var plasma_entities = new Array(
2	{
3	id : "plasma_frequency",
4	name : "Plasma frequency",
5	dimension : "frequency",
6	nspecies : 1,
7	section : "waves",
8	formula : "return s1.getPlasmaFrequency()",
9	wikiLink : "Plasma_frequency"
10	},
11	{
12	id : "gyrofrequency",
13	name : "Gyrofrequency",
14	dimension : "frequency",
15	nspecies : 1,
16	section : "fundamental",
17	formula : "return s1.getGyroFrequency(this.plasma.B)",
18	wikiLink : "Gyrofrequency"
19	},
20
21	{
22	id : "wigner_seitz_radius",
23	name : "Typical inter-particle distance",
24	dimension : "length",
25	nspecies : 1,
26	section : "fundamental",
27	formula : "return s1.getTypicalDistance()",
28	wikiLink : "Wigner-Seitz_radius"
29	},
30	{
31	id : "debye_length",
32	name : "Debye length",
33	dimension : "length",
34	nspecies : 1,
35	section : "fundamental",
36	formula : "return s1.getDebyeLength()",
37	wikiLink : "Debye_length"
38	},
39	{
40	id : "full_debye_length",
41	name : "Full Debye length",
42	dimension : "length",
43	nspecies : 1,
44	section : "fundamental",
45	formula : "return this.plasma.getFullDebyeLength(s1)",
46	wikiLink : "Debye_length"
47	},
48	{
49	id : "gyroradius",
50	name : "Gyroradius",
51	dimension : "length",
52	nspecies : 1,
53	section : "fundamental",
54	formula : "return s1.getGyroRadius(this.plasma.B)",
55	wikiLink : "Gyroradius"
56	},
57	{
58	id : "distance_of_minimal_approach",
59	name : "Distance of minimal approach",
60	dimension : "length",
61	nspecies : 1,
62	section : "fundamental",
63	formula : "return s1.getMinApproachDistance()",
64	wikiLink : "Coulomb_collision"
65	},
66	{
67	id : "inertial_length",
68	name : "Inertial length",
69	dimension : "length",
70	nspecies : 1,
71	section : "waves",
72	formula : "return s1.getInertialLength()",
73	wikiLink : "Inertial_length"
74	},
75	{
76	id : "de_broglie_wavelength",
77	name : "De Broglie wavelength",
78	dimension : "length",
79	nspecies : 1,
80	section : "fundamental",
81	formula : "return s1.getDeBroglieLength()",
82	wikiLink : "DeBroglie_wavelength"
83	},
84
85	{
86	id : "thermal_velocity",
87	name : "Thermal velocity",
88	dimension : "velocity",
89	nspecies : 1,
90	section : "fundamental",
91	formula : "return s1.getThermalVelocity()",
92	wikiLink : "Thermal_velocity"
93	},
94	{
95	id : "alfven_velocity",
96	name : "Alfven velocity",
97	dimension : "velocity",
98	nspecies : 0,
99	section : "waves",
100	formula : "return this.plasma.getAlfvenVelocity(this.plasma.B)",
101	wikiLink : "Alfven_velocity"
102	},
103
104	{
105	id : "coupling_parameter",
106	name : "Coupling parameter",
107	dimension : "none",
108	nspecies : 1,
109	section : "fundamental",
110	formula : "return s1.getCoupling()",
111	wikiLink : "Plasma_parameter"
112	},
113	{
114	id : "typical_debye_screening",
115	name : "Typical Debye screening",
116	dimension : "none",
117	nspecies : 1,
118	section : "spectroscopy",
119	formula : "var r = s1.getTypicalDistance()/s1.getDebyeLength(); \
120	return (1 + r)*Math.exp(-r)",
121	wikiLink : "Debye_length"
122	},
123
124	{
125	id : "transition_energy",
126	name : "Transition energy",
127	dimension : "energy",
128	nspecies : 0,
129	section : "spectroscopy",
130	formula : "return this.plasma.r.getTransitionEnergy()",
131	wikiLink : "Energy_spectrum"
132	},
133	{
134	id : "natural_linewidth",
135	name : "Natural linewidth",
136	dimension : "energy",
137	nspecies : 0,
138	section : "spectroscopy",
139	formula : "return this.plasma.r.getNaturalWidth()",
140	wikiLink : "Spontaneous_emission"
141	},
142	{
143	id : "natural_linewidth_wl",
144	name : "Natural linewidth (wl)",
145	dimension : "length",
146	nspecies : 0,
147	section : "spectroscopy",
148	formula : "return this.plasma.dE2dWl(this.plasma.r.getNaturalWidth())",
149	wikiLink : "Spontaneous_emission"
150	},
151	{
152	id : "Fine_structure",
153	name : "Fine structure",
154	dimension : "energy",
155	nspecies : 0,
156	section : "spectroscopy",
157	formula : "return this.plasma.r.getFineStructure()",
158	wikiLink : "Fine_structure"
159	},
160	{
161	id : "Fine_structure_wl",
162	name : "Fine structure (wl)",
163	dimension : "length",
164	nspecies : 0,
165	section : "spectroscopy",
166	formula : "return this.plasma.dE2dWl(this.plasma.r.getFineStructure())",
167	wikiLink : "Fine_structure"
168	},
169	{
170	id : "doppler_fwhm",
171	name : "Doppler FWHM",
172	dimension : "energy",
173	nspecies : 0,
174	section : "spectroscopy",
175	formula : "return 2*this.plasma.r.getDopplerHwhm()",
176	wikiLink : "Doppler_broadening"
177	},
178	{
179	id : "doppler_fwhm_wl",
180	name : "Doppler FWHM (wl)",
181	dimension : "length",
182	nspecies : 0,
183	section : "spectroscopy",
184	formula : "return this.plasma.dE2dWl(2*this.plasma.r.getDopplerHwhm())",
185	wikiLink : "Doppler_broadening"
186	},
187	{
188	id : "zeeman_splitting",
189	name : "Zeeman splitting",
190	dimension : "energy",
191	nspecies : 0,
192	section : "spectroscopy",
193	formula : "return 2*this.plasma.getZeemanSplitting()",
194	wikiLink : "Zeeman_effect"
195	},
196	{
197	id : "zeeman_splitting_wl",
198	name : "Zeeman splitting (wl)",
199	dimension : "length",
200	nspecies : 0,
201	section : "spectroscopy",
202	formula : "return this.plasma.dE2dWl(2*this.plasma.getZeemanSplitting())",
203	wikiLink : "Zeeman_effect"
204	},
205	{
206	id : "total_stark_fwhm",
207	name : "Total Stark FWHM",
208	dimension : "energy",
209	nspecies : 0,
210	section : "spectroscopy",
211	formula : "return 2*this.plasma.getTotalStarkHwhm()",
212	wikiLink : "Stark_effect"
213	},
214	{
215	id : "total_stark_fwhm_wl",
216	name : "Total Stark FWHM (wl)",
217	dimension : "length",
218	nspecies : 0,
219	section : "spectroscopy",
220	formula : "return this.plasma.dE2dWl(2*this.plasma.getTotalStarkHwhm())",
221	wikiLink : "Stark_effect"
222	},
223	{
224	id : "stark_fwhm",
225	name : "Stark FWHM",
226	dimension : "energy",
227	nspecies : 1,
228	prepos : "due to",
229	section : "spectroscopy",
230	formula : "return 2*this.plasma.getStarkHwhm(s1)",
231	wikiLink : "Stark_effect"
232	},
233
234	{
235	id : "qs_stark_fwhm",
236	name : "QS Stark FWHM",
237	dimension : "energy",
238	nspecies : 1,
239	prepos : "due to",
240	section : "spectroscopy",
241	formula : "return 2*this.plasma.getQsHwhm(s1)"
242	},
243
244	{
245	id : "dynamic_stark_range",
246	name : "Dynamic Stark range",
247	dimension : "energy",
248	nspecies : 1,
249	section : "spectroscopy",
250	formula : "return this.plasma.getMicrofieldFrequency(s1)"
251	},
252
253	{
254	id : "minimal_energy_distance",
255	name : "Minimal energy distance",
256	dimension : "energy",
257	nspecies : 0,
258	section : "spectroscopy",
259	formula : "return this.plasma.r.getMinEnergyDistance()"
260	},
261	{
262	id : "plasmon_energy",
263	name : "Plasmon energy",
264	dimension : "energy",
265	nspecies : 0,
266	section : "spectroscopy",
267	formula : "return this.plasma.e.getPlasmaFrequencyW()",
268	wikiLink : "Plasmon"
269	},
270	{
271	id : "fermi_energy",
272	name : "Fermi energy",
273	dimension : "energy",
274	nspecies : 0,
275	section : "fundamental",
276	formula : "return this.plasma.getFermiEnergy()",
277	wikiLink : "Fermi_energy"
278	},
279	{
280	id : "fermi_velocity",
281	name : "Fermi velocity",
282	dimension : "velocity",
283	nspecies : 0,
284	section : "fundamental",
285	formula : "return this.plasma.getFermiVelocity()",
286	wikiLink : "Fermi_velocity"
287	},
288	{
289	id : "fermi_length",
290	name : "Fermi screening length",
291	dimension : "length",
292	nspecies : 0,
293	section : "fundamental",
294	formula : "return this.plasma.getFermiLength()",
295	wikiLink : "Electric-field_screening"
296	},
297	{
298	id : "chemical_potential",
299	name : "Chemical potential",
300	dimension : "energy",
301	nspecies : 1,
302	section : "fundamental",
303	formula : "return s1.getChemicalPotential()",
304	wikiLink : "Chemical_potential"
305	},
306
307	{
308	id : "mass_density",
309	name : "Mass density",
310	dimension : "mass_density",
311	nspecies : 1,
312	section : "fundamental",
313	formula : "return s1.getMassDensity()",
314	wikiLink : "Density"
315	},
316	{
317	id : "mass_density",
318	name : "Total mass density",
319	dimension : "mass_density",
320	nspecies : 0,
321	section : "fundamental",
322	formula : "return this.plasma.getMassDensity()",
323	wikiLink : "Density"
324	},
325
326	{
327	id : "beta",
328	name : "Beta",
329	dimension : "none",
330	nspecies : 0,
331	section : "fundamental",
332	formula : "return this.plasma.getBeta()",
333	wikiLink : "Beta_(plasma_physics)"
334	},
335
336	{
337	id : "transition_wavelength",
338	name : "Transition wavelength",
339	dimension : "length",
340	nspecies : 0,
341	section : "spectroscopy",
342	formula : "return pf.base.Bohr.c/this.plasma.r.getTransitionEnergy()(2Math.PI)",
343	wikiLink : "Energy_spectrum"
344	},
345	{
346	id : "transition_frequency",
347	name : "Transition frequency",
348	dimension : "frequency",
349	nspecies : 0,
350	section : "spectroscopy",
351	formula : "return this.plasma.r.getTransitionEnergy()/(2*Math.PI)",
352	wikiLink : "Energy_spectrum"
353	},
354
355	{
356	id : "f_abs",
357	name : "Oscillator strength",
358	dimension : "none",
359	nspecies : 0,
360	section : "spectroscopy",
361	formula : "return this.plasma.r.getOscillatorStrength()",
362	wikiLink : "Oscillator_strength"
363	},
364	{
365	id : "A",
366	name : "Einstein coefficient",
367	dimension : "frequency",
368	nspecies : 0,
369	section : "spectroscopy",
370	formula : "return this.plasma.r.getEinsteinA()",
371	wikiLink : "Einstein_coefficients"
372	},
373
374	{
375	id : "LTE_parameter",
376	name : "LTE parameter",
377	dimension : "none",
378	nspecies : 0,
379	section : "spectroscopy",
380	formula : "return this.plasma.e.getN()/this.plasma.getLteNe()",
381	wikiLink : "Local_thermodynamic_equilibrium"
382	},
383
384	{
385	id : "stark_quasistaticity",
386	name : "Stark quasistaticity",
387	dimension : "none",
388	nspecies : 1,
389	section : "spectroscopy",
390	formula : "return this.plasma.getStarkQuasistaticity(s1)"
391	},
392	{
393	id : "static_to_dynamic_stark_ratio",
394	name : "Static/dynamic Stark ratio",
395	dimension : "none",
396	nspecies : 1,
397	section : "spectroscopy",
398	formula : "return this.plasma.getStarkRatio(s1)"
399	},
400
401	{
402	id : "holtsmark_field",
403	name : "Holtsmark field",
404	dimension : "efield",
405	nspecies : 1,
406	section : "spectroscopy",
407	formula : "return s1.getHoltsmarkField()"
408	},
409
410	{
411	id : "microfield_frequency",
412	name : "Microfield frequency",
413	dimension : "frequency",
414	nspecies : 1,
415	section : "spectroscopy",
416	formula : "return this.plasma.getMicrofieldFrequency(s1)"
417	},
418
419	{
420	id : "cyclotron_losses",
421	name : "Cyclotron losses",
422	dimension : "power_density",
423	nspecies : 1,
424	section : "radiation",
425	formula : "return s1.getCyclotronLosses(this.plasma.B)",
426	wikiLink : "Cyclotron_radiation"
427	},
428
429	{
430	id : "free-free_losses",
431	name : "Free-free losses",
432	dimension : "power_density",
433	nspecies : 0,
434	section : "radiation",
435	formula : "return this.plasma.getBremsstrahlungLosses()",
436	wikiLink : "Bremsstrahlung"
437	},
438
439	{
440	id : "dree-free_spectral_density",
441	name : "Free-free spectral density",
442	dimension : "spectral_power_density",
443	nspecies : 0,
444	section : "radiation",
445	formula : "return this.plasma.getBremsstrahlungSpectralDensity()",
446	wikiLink : "Bremsstrahlung"
447	},
448
449	{
450	id : "free-bound_losses",
451	name : "Free-bound losses",
452	dimension : "power_density",
453	nspecies : 0,
454	section : "radiation",
455	formula : "return this.plasma.getFreeBoundLosses()"
456	},
457
458	{
459	id : "free-bound_spectral_density",
460	name : "Free-bound spectral density",
461	dimension : "spectral_power_density",
462	nspecies : 0,
463	section : "radiation",
464	formula : "return this.plasma.getFreeBoundSpectralDensity()"
465	},
466
467	{
468	id : "ideal_gas_pressure",
469	name : "Ideal gas pressure",
470	dimension : "pressure",
471	nspecies : 1,
472	section : "fundamental",
473	formula : "return s1.getPressure()",
474	wikiLink : "Ideal_gas"
475	},
476
477	{
478	id : "total_pressure",
479	name : "Total gas pressure",
480	dimension : "pressure",
481	nspecies : 0,
482	section : "fundamental",
483	formula : "return this.plasma.getPressure()",
484	wikiLink : "Ideal_gas"
485	},
486
487	{
488	id : "magnetic_field_pressure",
489	name : "Magnetic field pressure",
490	dimension : "pressure",
491	nspecies : 0,
492	section : "fundamental",
493	formula : "return this.plasma.getMagneticFieldPressure()",
494	wikiLink : "Magnetic_pressure"
495	},
496
497	{
498	id : "coulomb_logarithm",
499	name : "Coulomb logarithm",
500	dimension : "none",
501	nspecies : 2,
502	section : "collisions",
503	formula : "return this.plasma.getCoulombLog(s1, s2)",
504	wikiLink : "Coulomb_collision"
505	},
506
507	{
508	id : "relaxation_rate",
509	name : "Relaxation rate",
510	dimension : "frequency",
511	nspecies : 2,
512	section : "collisions",
513	formula : "return this.plasma.getRelaxationRate(s1, s2)",
514	wikiLink : "Coulomb_collision"
515	},
516
517	{
518	id : "thomson_cross-section",
519	name : "Thomson cross-section",
520	dimension : "area",
521	nspecies : 1,
522	section : "collisions",
523	formula : "return s1.getThomsonXsTotal()",
524	wikiLink : "Thomson_cross_section"
525	},
526
527	{
528	id : "classical_ionization_field",
529	name : "Classical ionization field",
530	dimension : "efield",
531	nspecies : 0,
532	section : "spectroscopy",
533	formula : "return this.plasma.r.getClassicalIonizationField()"
534	},
535	{
536	id : "inglis_teller_field",
537	name : "Inglis-Teller field",
538	dimension : "efield",
539	nspecies : 0,
540	section : "spectroscopy",
541	formula : "return this.plasma.r.getInglisTellerField()",
542	wikiLink : "Inglis-Teller_equation"
543	},
544	{
545	id : "dreicer_field",
546	name : "Dreicer field",
547	dimension : "efield",
548	nspecies : 0,
549	section : "collisions",
550	formula : "return this.plasma.getDreicerField()"
551	}
552	);

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